eDom brings a building's structure, technical condition and operating history together into a single, continuously updated digital model.
So that a building does not lose what it knows when its people change, and decisions rest on facts.
The problem
Operating information is usually scattered across paper archives, spreadsheets, staff phones, messaging apps, contractors, and the personal experience of individual specialists.
When the chairperson, the management company or the engineer changes, part of that knowledge is lost. The next team has to gather the information again, re-inspect problems that were already known, and make decisions without the full history.
A building can stand for decades, yet its operating memory often lasts only until the next change of team.
Fragmented data
Knowledge lost
Documents, photographs, spreadsheets, correspondence, contractors and personal experience converge into fragmented data, which leads to knowledge being lost.
What the digital genome is
A building's digital genome is a continuously updated model that links every significant element of the building to its characteristics, condition, events and operating history. We call it the Building Genome.
What it covers
What it covers
What it covers
What it covers
What it covers
What it covers
What it covers
What it covers
What it covers
What it covers
The difference
Describes the object
Observes its life cycle
Created once
Continuously updated
Stores characteristics
Links condition, events and outcomes
Shows which equipment exists
Shows its history and condition
Stores documents
Turns documents into connected knowledge
Describes the past
Helps analyse the present and the future
How it works
A specialist follows a standardised inspection procedure, capturing photographs, video, measurements and spoken notes.
Each item is attached to a specific building, system, space, piece of equipment or element.
The system checks completeness, format and conformance to the protocol. Critical material is confirmed by a specialist.
New findings are linked to earlier inspections, repairs, documents and events.
The system helps surface recurring defects, contradictions, risks and possible courses of action.
Once work is done, the result, the warranty and the building's subsequent condition are recorded.
Every cycle of operation adds knowledge that the next one starts from.
The data involved
Photographs
A defect, a joint, equipment before and after work
Video
A walkthrough of a space, equipment running
Audio
A specialist's spoken note during an inspection
Written descriptions
Observations, clarifications, conclusions
Documents
Certificates, acts, manuals, warranties
Meter readings
Pressure, temperature, consumption
Sensor data
Continuous measurement over time
Resident reports
What was noticed, and when
Repair history
What was replaced, by whom, to what effect
Expert interviews
Why a particular decision was taken
We do not simply collect images and documents. We preserve the context: what happened, why the decision was taken, and what it led to.
Why it matters
The information stays with the building, whoever happens to be managing it.
Condition, history, documents and costs are considered together.
Priorities follow from actual condition and risk.
Work counts as finished not when it is paid for, but when the result is confirmed.
A structured history is the foundation for models built for this industry.
Quality without an automatic tariff increase
A sequence: a single history leads to less repeated diagnosis, then to fewer repeated works, better planning, lower emergency costs, and more resource available for actual maintenance.
eDom does not guarantee a reduction in tariffs. The platform helps identify losses, duplicated spending, and opportunities to use the existing budget more rationally.
Who it is for
A digital passport, planning, contractor oversight, a record of decisions.
Transparency, costs that can be explained, safety and service quality.
Warranty analytics, feedback from operation, and better future projects.
Comparable data, a technical risk map, and support for decisions.
Additional analytics on technical condition and operation.
Multimodal data and practical problems for AI.
Pilot programme
Enquiry
Choose your role and the form will adapt to it. We'll reply to the address you give us.
About the project
Co-founder and CEO
Responsible for strategy, partnerships, the business model, industry relationships and rollout.
«A building should not lose its memory when its people change. We are building a system where the knowledge stays with the object and keeps working for the people who live there.»
Co-founder and CTO
Responsible for platform architecture, product development, automated data capture and applied AI.
«Our job is to turn complex engineering information into a product that ordinary specialists, managers and residents can actually use.»
Timur Kaldybayev brings together strategy, industry expertise and partnerships. Tair Kaldybayev turns that strategy into a working digital platform and AI product.
Mission
To create a digital memory for the built world, and turn every operating action into knowledge that helps buildings become safer, more efficient and longer-lived.
Vision
A building should keep its own history the way a person keeps a medical record, and an organisation keeps its institutional knowledge.
Principles
Questions and answers